Fedora Electronic Lab: комплексная платформа для разработки электроники

Программирование микроконтроллеров в Fedora Electronic Lab » Схемотехника

В первой обзорной статье о Fedora Electronic Lab 12 я описал некоторые возможности системы, ее ориентацию на разработчиков электронных устройств. В настоящей публикации будет описан процесс разработки и отладки программного обеспечения в IDE Eclipse CDT под операционной системой Linux( FEL 12 ).

Итак, за отправную точку берем только что установленную операционную систему Fedora Electronic Lab 12 и программное обеспечение Sourcery G++.

Выберем на рабочем столе FEL 12 пункт меню «Приложения -> Программирование -> Eclipse ».

При запуске Eclipse укажем рабочее пространство в домашней папке пользователя. В качестве примера будем использовать уже знакомый нам проект от Olimex для микроконтроллера STM32( Cortex-M3 ) под названием «Blinking LED project for GCC + Eclipse + OpenOCD»( скачать ).

Разработка программ в Eclipse под Linux идентична этому процессу в Windows.

Выполним импорт проекта через «File -> Import…», далее «General -> Existing Project into Workspace».



Теперь нажимаем на клавишу «Finish» и видим открытый проект stm_h203.

В правом верхнем углу экрана необходимо переключить перспективу на C/C++ perspective, поскольку набор доступных перспектив здесь достаточно велик.



На закладке «Make Targets» добавим основные цели «all» и «clean».

Если закладка «Make Targets» по каким-либо причинам не окажется в рабочем пространстве, то добавить ее туда можно через пункт меню «Window -> Show View -> Make Targets».

Сначала настроим способ сборки проекта, как обычно уберем галочку «Build Automatically» в меню «Project» и откроем окно «Properties» для нашего проекта. Выберем в настройках пункт «GNU Elf Parser» и нажмем «Apply».



Теперь выполним двойной клик на цели «all» в закладке «Make Targets» для сборки проекта.

Посмотреть результат сборки можно в закладке «Console».



Проблем с компиляцией проекта для микроконтроллеров AVR также не должно возникнуть, поскольку компилятор avr-gcc установлен в системе «с коробки».

Настало время подключить JTAG адаптер и проверить работу программы в железе.

Сначала проверим версию установленного в системе OpenOCD, для этого в терминале нужно запустить команду

$openocd -v

На что получим номер версии openocd 0.2.0. Версия программы не самая свежая, но сборкой новой версии в рамках этой статьи мы заниматься не станем.

Следующим шагом для нас будет установка драйвера для адаптера FTDI JTAG.

У нас есть выбор из двух вариантов. Первый — установить родной драйвер под Linux от FTDI, и второй — установить альтернативный драйвер с открытым исходным кодом libftdi.

Останавливаемся на первом варианте.

Скачиваем архив с драйвером libftd2xx0.4.16.tar.gz ( скачать ) и распаковываем его.

Далее копируем файл динамической библиотеки libftd2xx.so.0.4.16 в каталог /usr/local/lib

$cp libftd2xx.so.0.4.16 /usr/local/lib/

Создаем символьную ссылку libftd2xx.so на библиотечный файл в том же каталоге

$ln -s /usr/local/lib/libftd2xx.so.0.4.16 /usr/lib/libftd2xx.so

Также необходимо скопировать заголовочные файлы ftd2xx.h и WinTypes.h в директорию /usr/include.

Откроем файл ld.so.conf и добавим каталог поиска динамически подсоединяемых библиотек /usr/local/lib

$vi /etc/ld.so.conf

В открывшемся текстовом редакторе «VIM» нажимаем на клавишу «Insert» и входим в режим редактирования, добавляем строку /usr/local/lib, потом нажимаем клавишу «Esc» для входа в режим команд и вводим команду выхода с сохранением «:x».

Чуть было не забыл — все эти действия нужно выполнять , находясь в режиме учетной записи «root», иначе система просто не позволит Вам сохранить изменения в конфигурационных файлах

$su

Пароль: *******

После добавления нового пути поиска библиотек необходимо запустить ldconfig

#ldconfig

Теперь добавим в файл fstab новую строчку

#vi /etc/fstab

Входим в режим редактирования в редакторе «VIM» и дописываем в конец файла строку

none /proc/bus/usb usbfs defaults, devmode=0666 0 0

Сохраняем результат редактирования и выходим ( «Esc» «:x» ).

Выполним команду mount для монтирования нашей новой файловой системы

#mount -a

Скопируем в каталог /etc/share/openocd/scripts/interface наш конфигурационный файл ftdi_jtag.cfg

interface ft2232

ft2232_device_desc «USB <-> Serial Cable A»

ft2232_layout usbjtag

ft2232_vid_pid 0x0403 0x6010

Теперь можно подсоединить целевое устройство( я использую в качестве такового плату STM32F103-HB ) и запустить openocd.

#openocd -f interface/ftdi_jtag.cfg -f target/stm32.cfg

Осталось проделать аналогичные описанным в статье «Запуск отладки в Eclipse» настройки Eclipse для осуществления отладки программы.

Исполняемый файл openocd находиться в каталоге /usr/bin

Могут возникнуть проблемы при запуске openocd из-под пользовательской учетной записи. Поэтому лучше выполнять всю работу в Eclipse под учетной записью «root» , или же запускать openocd в отдельном окне терминала под учетной записью «root».

И вот, наконец-то, долгожданный запуск отладки в Eclipse под Linux( FEL 12 ), выглядит почти так же, как и в Windows

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FEL визначення: Fedora Electronic Lab

Що означає FEL? FEL позначає Fedora Electronic Lab. Якщо ви відвідуєте наш неанглійський варіант і хочете побачити англійську версію Fedora Electronic Lab, перейдіть до нижньої частини, і ви побачите значення Fedora Electronic Lab англійською мовою. Майте на увазі, що абревіатура FEL широко використовується в таких галузях, як банківська справа, обчислювальна техніка, освіта, фінанси, урядові та медичні. На додаток до FEL, Fedora Electronic Lab може бути коротким для інших скорочень.

FEL = Fedora Electronic Lab

Шукаєте загальне визначення FEL? FEL означає Fedora Electronic Lab. Ми пишаємося тим, що список абревіатури FEL в найбільшій базі даних скорочень і акронімів. На наведеному нижче зображенні показано одне з визначень FEL англійською мовою: Fedora Electronic Lab. Ви можете завантажити файл зображення, щоб роздрукувати або відправити його своїм друзям по електронній пошті, Facebook, Twitter, або Тітток.

Значення FEL англійською мовою

Як уже згадувалося вище,FEL використовується як акронім у текстових повідомленнях для представлення Fedora Electronic Lab. Ця сторінка все про акронім FEL і його значення як Fedora Electronic Lab. Зверніть увагу, що Fedora Electronic Lab не є єдиним значенням FEL. Може бути більше одного визначення FEL, тому перевірте його в нашому словнику для всіх значень FEL один за одним.

Визначення англійською мовою: Fedora Electronic Lab

Інші значення FEL

Крім Fedora Electronic Lab, FEL має інші значення. Вони перераховані на лівій нижче. Будь ласка, прокрутіть униз і натисніть, щоб побачити кожен з них. Для всіх значень FEL, будь ласка, клацніть «більше «. Якщо ви відвідуєте нашу англійську версію, і хочете переглянути визначення Fedora Electronic Lab іншими мовами, будь ласка, натисніть на меню мова праворуч внизу. Ви побачите значення Fedora Electronic Lab у багатьох інших мовах, таких як арабська, Данська, нідерландська, хінді, Японія, корейська, грецька, італійська, В’єтнамська і т. д. 90000 Fedora Electronic Lab (FEL) | Tech Manthra 90001 90002 Fedora Electronic Lab (FEL): 90003 90004 90005 90004 90007 F 90008 edora’s 90007 E 90008 lectronic 90007 L 90008 aboratory, an open source hardware design and simulation platform, is dedicated to support the innovation and development brought by open source 90007 E 90008 lectronic 90007 D 90008 esign 90007 A 90008 utomation (EDA) community. 90005 90004 Fedora Electronic Laboratory provides a complete electronic laboratory setup with reliable open source design tools in order to help you keep in pace with current technological race.It reduces the risk assessment of open source hardware development and enable electronic designers tape out quickly and efficiently. 90005 90004 Fedora Electronic Lab targets mainly the Micro-Nano Electronic Engineering field. It introduces: 90005 90024 90025 A collection of Perl modules to extend Verilog and VHDL support. 90026 90025 Tools for Application-Specific Integrated Circuit (ASIC) Design Flow process. 90026 90025 Extra standard cell libraries supporting a feature size of 0.13μm.(More than 300 MB) 90026 90025 Extracted spice decks which can be simulated with gnucap / ngspice or any spice simulators. 90026 90025 Interoperability between various packages in order to achieve different design flows 90026 90025 Tools for embedded design and to provide support for ARM as a secondary architecture in Fedora. 90026 90025 Tool set for Openmoko development and other open source hardware communities. 90026 90025 A peer review eeb-based solution coupled with an Eclipse IDE for Embedded / Digital Hardware IP design.90026 90025 PLA tools, C-based design methodologies, simulators for 8051 and 8085 microcontrollers and many more. 90026 90043 90004 90045 90007 Figure 90008 90048: 90045 90007 This is a MIPS-R3000 of 52000 transistors, that has been completely designed using Alliance CAD tools. 90008 90048 90005 90004 90005 90002 90007 Featured Solutions of FEL: 90008 90003 90004 The Fedora Electronic Lab includes design tools for: 90005 90024 90025 ASIC Analog Circuit Design and Simulation 90026 90025 ASIC Layout, DRC and LVS 90026 90025 Digital Simulation and Verification 90026 90025 RTL and logic synthesis design flows 90026 90025 Circuit and PCB Layout 90026 90025 Micro Controller (μC) Programming and Embedded Systems Development 90026 90025 CAD Tools 90026 90025 Project Management, Peer Review and budget tracking 90026 90043 90002 ASIC Analog Circuit Design and Simulation 90003 90004 This simulation lab enables design engineers to edit and simulate their schematics.90005 90024 90025 General Purpose Circuit Simulators (Analysis: Nonlinear AC / DC, Transient, Fourier, S-parameter and harmonic balance). 90026 90025 Beyond Spice capabilities: Level 49, BSIMv3 and EKV implementations. 90026 90025 Multi-lingual, ability to mimic different variants of spice, and also supporting the newer languages ​​like Verilog-AMS. 90026 90025 Draws publishable-quality electrical circuit schematic diagrams. 90026 90025 Circuit components can be retrieved from libraries which are fully editable.90026 90043 90096 Tools: 90097 90024 90025 90007 gnucap 90008 — A general purpose circuit simulator with its engine designed to do true mixed-mode simulation. The developer’s thesis can be read here. 90026 90025 90007 ngspice 90008 — A mixed level / signal circuit simulator 90026 90025 90007 gspiceui 90008 — A frontend to Spice circuit simulators 90026 90025 90007 xcircuit 90008 — A general-purpose drawing program and also a specific-purpose CAD program for circuit schematic drawing and schematic capture.90026 90043 90002 ASIC Layout, DRC and LVS 90003 90024 90025 A continuous DRC that operates in background and gives an up-to-date picture of violations. 90026 90025 A hierarchical circuit extractor that only re-extracts portions of the circuit that have changed. 90026 90025 Plowing that permits interactive stretching and compaction. 90026 90025 Routing tools that work under and around existing connections. 90026 90025 Logs and corner stitching to achieve efficient implementations.90026 90025 Dedicated to training in sub-micron CMOS VLSI design with full editing facilities. 90026 90025 Supports technology files by the MOSIS foundry service. 90026 90025 Switch-level simulation of the layout, by considering transistors as ideal switches, or using RC time constants to predict the relative timing of events through extracted capacitance and lumped resistance values. 90026 90025 Ensures that layout connectivity matches the logical design represented by the schematic or netlist before tapeout by automatically extracting devices and nets formed across layout hierarchy and comparing them to the schematic netlist.(LVS)) 90026 90025 Generates GDS II stream format and CIF from a given layout. 90026 90025 Achievement: Thick-film circuit layout using the Magic layout editor. 90026 90043 90096 Tools: 90097 90024 90025 90007 Magic 90008 — Widely cited as being the easiest tool to use for circuit layout, even for people who ultimately rely on commercial tools for their product design flow. 90026 90025 90007 Electric 90008 — A sophisticated electrical CAD system that can handle many forms of circuit design, including custom IC layout (ASICs), schematic drawing, hardware description language specifications, and electro-mechanical hybrid layout.View the 90152 IEEE Santa Clara Valley 90153 (June 4, 2009) presentation here. 90026 90025 90007 Toped 90008 — A cross-platform VLSI IC layout editor. 90026 90025 90007 Netgen 90008 — A tool for comparing netlists, in analog or mixed-signal circuits that can not be simulated in reasonable time. 90026 90043 90002 Digital Simulation and Verification 90003 90004 A HDL simulation environment that enables you to verify the functional and timing models of your design. Thus, your Design teams can focus on improving existing methodologies with tools that scale across multiple levels of abstraction and design complexity.90005 90024 90025 VPI functionality. 90026 90025 A graphical waveform viewer. 90026 90025 Supports both VHDL and Verilog designs. 90026 90025 A Verilog simulator and synthesis tool for IEEE 1364-2001 standard. 90026 90025 Export signals to a VCD file or a GHW file for visual inspection with a waveform viewer. 90026 90025 Pretty printing or cross references generation in HTML. 90026 90025 Makefile generation for any component in a design. 90026 90025 Achievements: Successfully compiled and run a DLX processor and a LEON1 SPARC processor.90026 90025 Automatic layout generation from VHDL description via desired standard cell libraries. 90026 90025 Implementation of the VHDL language in accordance to the IEEE 1076-1987 standard, IEEE 1076-1993 standard, the protected types of VHDL00 (aka IEEE 1076a or IEEE 1076-2000) and non-standard third party libraries. 90026 90043 90096 Tools: 90097 90024 90025 90007 GHDL 90008 A VHDL simulator, using the GCC technology. GHDL implements the VHDL language according to the IEEE 1076-1987 or the IEEE 1076-1993 standard.It compiles VHDL files and creates a binary that simulates your design. 90026 90025 90007 Qucs 90008 — A circuit simulator with graphical user interface. The software aims to support all kinds of circuit simulation types, e.g. DC, AC, S-parameter and harmonic balance analysis. 90026 90025 90007 FreeHDL 90008 — Yet another VHDL simulator. 90026 90025 90007 Icarus Verilog — 90008 A Verilog compiler that generates a variety of engineering formats, including simulation. It strives to be true to the IEEE-тисяча триста шістьдесят-чотири standard.More than a simulator. 90026 90025 90007 GTKWave 90008 — Waveform viewer that can view VCD files produced by most VHDL / Verilog simulation tools, as well as LXT files produced by certain Verilog simulation tools. 90026 90025 90007 Drawtiming 90008 — A command line tool for generating timing diagrams from ASCII input files. The input files use a structured language to represent signal state transitions and interdependencies. 90026 90043 90002 RTL and logic synthesis design flows 90003 90024 90025 Automatic schematic generation 90026 90025 VHDL compilation and simulation 90026 90025 Finite State Machines (FSM) 90026 90025 Model checking and formal proof 90026 90025 RTL and Logic synthesis 90026 90025 Data-Path compilation 90026 90025 Macro-cells generation 90026 90025 Symbolic Pad cells 90026 90025 Design rules checking 90026 90025 Place and route 90026 90025 Layout edition 90026 90025 Netlist extraction and verification 90026 90025 Automatic Layout generation 90026 90025 Physical optimization and layout design flows 90026 90025 Complete RTL to CIF and GDSII flows 90026 90025 7 extra standard cells up to a feature size of 0.13μm 90026 90025 Read / write standard ins / outs including Verilog and VHDL 90026 90025 Creates a POV-Ray (3D view) scene description file of the GDSII data. 90026 90043 90096 Tools: 90097 90024 90025 90007 pharosc 90008 VLSI and ASIC Technology Standard Cell Libraries 90026 90025 90007 Alliance 90008 — a complete set of CAD tools and portable libraries for VLSI design. It includes a VHDL compiler and simulator, logic synthesis tools, and automatic place and route tools. 90026 90025 90007 gds2pov 90008 — Creates attractive 3D pictures of a layout.Converts GDS2 layout file to POV-Ray 90026 90043 90002 Circuit and PCB Layout 90003 90004 A professional-quality printed circuit board design environment along with: 90005 90024 90025 schematic capture, simulation, prototyping attribute management, bill of materials (BOM) generation and netlisting into over 20 netlist formats. 90026 90025 Includes a rats nest feature, design rule checking, and can provide industry standard RS-274-X (Gerber), NC drill, and centroid data (X-Y data) output for use in the board fabrication and assembly process.90026 90025 Offers high end features such as an autorouter and trace optimizer, which can tremendously reduce layout time. 90026 90025 Creates PCB of up to 8 layers with an unlimited number of components and nets. 90026 90025 Includes a viewer for Gerber files (RS274X), which supports NC-drill and Excellon formats. 90026 90043 90096 Tools: 90097 90024 90025 90007 PCB 90008 — An interactive printed circuit board editor. 90026 90025 90007 Gerbv 90008 — Gerber Viewer (gerbv) is a viewer for Gerber files.Gerber files are generated from PCB CAD system and sent to PCB manufacturers as basis for the manufacturing process. 90026 90025 90007 gEDA 90008 — A full suite of Electronic Design Automation tools. 90026 90025 90007 Kicad 90008 — Kicad creates electronic schematic diagrams and printed circuit board artwork up to 16 layers. 90026 90043 90002 Embedded Systems Development 90003 90096 μController Programming: 90097 90004 Supported compilers: 90005 90024 90025 the Small Device C Compiler, the GNU PIC Utilities, the PICC compilers, 90026 90025 the PIC30 toolchain, the C18 compiler, the JAL and JALV2 compilers, 90026 90025 the CSC compiler, and the Boost compilers.90026 90043 90004 Ease to use IDEs for microcontrollers circuit design, simulation and programmation to serial, parallel and USB ports. 90005 90004 IDE includes an oscilloscope and a flowchart integration. 90005 90004 Supported debuggers: 90007 ICD2 90008 and 90007 GPSim. 90008 90333 Supported programmers: 90007 ICD2 90008, 90007 PICkit1 90008 and 90007 PICkit2 90008 and 90007 PicStart + 90008 programmers. 90333 Supports 8051 and AVR. 90005 90096 AVR Development System 90097 90004 Supports the Atmel’s STK500 and the PPI (parallel port interface) programmer types.90005 90004 Includes: 90005 90024 90025 Cross compilers and Programmers 90026 90025 A Universal In-System Programmer for Atmel AVR and 8051 90026 90025 A Program for interfacing the Atmel JTAG ICE to GDB 90026 90043 90002 CAD Tools 90003 90004 The CAD department of many semiconductor design centers maintain various scripts under various version control systems. We strives to give those CAD engineers some perl modules and a proper platform. 90005 90024 90025 Revision Control: CVS, SVN, GIT, RCS 90026 90025 Web based tools: Trac, Bugzilla 90026 90025 UML to maintain their personalized perl scripts.90026 90043 90004 90152 Perl Modules: 90153 90005 90024 90025 VHDL: perl-Hardware-Vhdl-Parser, perl-Hardware-Vhdl-Tidy, perl-Hardware-Vhdl-Lexer 90026 90025 Verilog: perl-Verilog perl-Verilog-CodeGen perl-Hardware-Verilog-Parser perl-Verilog-Readmem 90026 90025 Systemc: perl-SystemPerl perl-SystemC-Vregs (Read more about SystemC on Fedora here 90026 90025 Generation of documentation: doxygen with VHDL support 90026 90025 SystemVerilog: perl-Verilog 90026 90025 Modelsim List: perl-ModelSim-List 90026 90043 90002 Project Management and budget tracking 90003 90024 90025 90007 Gantt Diagram: planner 90008 90026 90025 90007 Mind mapping tools (excellent for FPGA design): Vym 90008 90026 90025 90007 Budget Tracking: Kmymoney, Openoffice Spreadsheet 90008 90026 90025 90007 System design: Dia, Inkscape 90008 90026 90043 90002 Downloading and Installing Fedora Electronic Lab (FEL) 90003 90004 Fedora Electronic Lab can be deployed with these simple mechanisms, via either 90005 90024 90025 90007 Yum 90008 90026 90025 90007 a Fedora Electronic Lab LiveDVD 90008 90026 90043 90002 90007 Yum install: 90008 90003 90004 The installation of Fedora Electronic Lab (FEL) in a Fedora system is easy.Give the following command in your terminal after being a super user (su). 90005 90004 90045 90007 yum -y groupinstall ‘Electronic Lab’ 90008 90048 90005 90002 LiveDVD: 90003 90004 The LiveDVD can be downloaded either via http or torrent. A LiveDVD is an operating system that is executed upon boot, without installation on a hard drive. A desktop icon can be used to install the OS if wanted. 90005 90096 Download Links 90097 90024 90025 90007 Torrent Download: 32 bit PC Edition 90008 -> This edition is for the highest compatibility; it will work on both 32-bit and 64-bit computers.Download Now! 90026 90025 90007 Torrent Download: 64 bit PC Edition 90008 -> Enjoy the full power and speed of a 64-bit computer. Not compatible with 32-bit computers. Download Now! 90026 90025 90007 Direct Download: 32 bit PC Edition 90008 -> This edition is for the highest compatibility; it will work on both 32-bit and 64-bit computers. Download Now! 90026 90025 90007 Direct Download: 64 bit PC Edition 90008 -> Enjoy the full power and speed of a 64-bit computer.Not compatible with 32-bit computers. Download Now! 90026 90043 90096 Unsure if your computer is 32-bit or 64-bit? 90097 90002 Like this: 90003 90004 Like Loading … 90005.90000 Fedora Electronics Lab 90001 Fedora Electronics Lab [Prev Page] [Next Page] 90002 90003 90004 90005 [free-electronic-lab] Qucs fix 90006, 90007 goncalo_pereira 90008 90009 90004 90005 [free-electronic-lab] Re: electronic-lab Digest, Vol 77, Issue 2 90006, 90007 Alessandro La Rosa 90008 90009 90004 90005 [free-electronic-lab] ngspice retired on epel? Help with building from source 90006, 90007 ashwith 90008 90009 90004 90005 Eletronic Labs 2016 Return! 90006, 90007 Davi Souza 90008 90009 90004 90005 linsmith update 90006, 90007 Kiara Navarro 90008 90009 90004 90005 Re: electronic-lab Digest, Vol 75, Issue 1 90006, 90007 Alessandro La Rosa 90008 90009 90004 90005 iverilog Update.90006, 90007 Kiara Navarro 90008 90009 90004 90005 Gpsim Pic Simulator version 0.29.0 released 90006, 90007 rrankin 90008 90009 90004 90005 Where is FEL? 90006, 90007 Willams Costa 90008 90009 90004 90005 Sdcc 3.5.0 in F22 testing and rawhide 90006, 90007 rrankin 90008 90009 90004 90005 Fedora Electronic Lab 22 90006, 90007 Ameya Vikram Singh 90008 90009 90004 90005 Fedora 22 fel 90006, 90007 Alessandro La Rosa 90008 90009 90004 90005 Release of gpsim-0.28.1 90006, 90007 rrankin 90008 90009 90004 90005 not lambda bayes layout design program 90006, 90007 abdullah unutmaz 90008 90009 90004 90005 Fwd: Latinoware 90006, 90007 Davi Souza 90008 90009 90004 90005 presentation 90006, 90007 Davi Souza 90008 90009 90004 90005 Ahkab — Electronic circuit simulator. 90006, 90007 Kiara Navarro 90008 90009 90004 90005 Flisol 2014 року — Report. 90006, 90007 Kiara Navarro 90008 90009 90004 90005 How to be part of the Fedora Electronic Lab group? 90006, 90007 Kiara Navarro 90008 90009 90004 90005 Navchip IMU intersense info and use 90006, 90007 Steve Andreoti 90008 90009 90004 90005 Is FEL dead? 90006, 90007 dileep kushwaha 90008 90009 90004 90005 Adieu 90006, 90007 Shakthi Kannan 90008 90009 90004 90005 Orphaning ‘shakthimaan’ packages 90006, 90007 Shakthi Kannan 90008 90009 90142 90004 90005 FEL Update, January 15, 2014 90006, 90007 Shakthi Kannan 90008 90009 90004 90005 piklab and jalv2 90006, 90007 Geoff Wrightson 90008 90009 90004 90005 RIP Borut Ražem 90006, 90007 Alain Portal 90008 90009 90004 90005 FEL Update: December 15, 2013 90006, 90007 Shakthi Kannan 90008 90009 90004 90005 FEL Update: November 15, 2013 90006, 90007 Shakthi Kannan 90008 90009 90004 90005 FEL Update: October 15 2013 90006, 90007 Shakthi Kannan 90008 90009 90004 90005 New release of geda-gaf 90006, 90007 Peter TB Brett 90008 90009 90004 90005 FEL F20 Alpha release 90006, 90007 Shakthi Kannan 90008 90009 90004 90005 FEL Update: September 15 2013 90006, 90007 Shakthi Kannan 90008 90009 90004 90005 Gpsim 0.27.0 release in Testing 90006, 90007 rrankin 90008 90009 90004 90005 SDCC license issue 90006, 90007 rrankin 90008 90009 90004 90005 EDA Workshop at BMS College of Engineering Bangalore 90006, 90007 Ashwith Rego 90008 90009 90004 90005 gputils package change 90006, 90007 rrankin 90008 90009 90004 90005 FEL Update: August 15 2013 90006, 90007 Shakthi Kannan 90008 90009 90004 90005 FEL Update: July 15, 2013 90006, 90007 Shakthi Kannan 90008 90009 90004 90005 [Test] FEL-x86_64-19-1.iso 90006, 90007 Shakthi Kannan 90008 90009 90004 90005 From idiot 90006, 90007 Sagar Rathi 90008 90009 90004 90005 Requesting Pre-Compiled and Tested Binaries for STM32 DISCOVERY 90006, 90007 Sagar Rathi 90008 90009 90004 90005 FEL Update: June 15, 2013 90006, 90007 Shakthi Kannan 90008 90009 90004 90005 Gputils-1.2.0 and Fedora 90006, 90007 rrankin 90008 90009 90004 90005 Open Hardware Summit 2013 90006, 90007 Shakthi Kannan 90008 90009 90004 90005 Request to add Icaro to Fel 90006, 90007 Alejandro Pérez 90008 90009 90004 90005 FEL Update: May 15, 2013 90006, 90007 Shakthi Kannan 90008 90009 90004 90005 Announcing sigrok — a signal analysis software suite 90006, 90007 Alex G.90008 90009 90004 90005 FEL Update: April 15, 2013 90006, 90007 Shakthi Kannan 90008 90009 90004 90005 [Test] Fedora-19-Nightly-20130406.12-x86_64-Live-electronic-lab 90006, 90007 Shakthi Kannan 90008 90009 90004 90005 How to install gwave in fedora 18? 90006, 90007 Huber Paul Gilt Lopez 90008 90009 90004 90005 build FEL 90006, 90007 liujie 90008 90009 90004 90005 [free-electronic-lab] FEL on ubuntu 90006, 90007 刘杰 90008 90009 90004 90005 [free-electronic-lab] ngspice 24 90006, 90007 les 90008 90009 90004 90005 [free-electronic-lab] FEL Update: March 15, 2013 90006, 90007 Shakthi Kannan 90008 90009 90004 90005 Re: [free-electronic-lab] [ACTION REQUIRED] Retiring packages for Fedora 19 90006, 90007 Alain Portal 90008 90009 90004 90005 [free-electronic-lab] FEL Update: February 15, 2013 90006, 90007 Shakthi Kannan 90008 90009 90004 90005 [free-electronic-lab] Hi, about update FEL 90006, 90007 Pablo Sebastián Fernández Kittler 90008 90009 90004 90005 [free-electronic-lab] [Event Report] VLSI Design Conference, January 5-10, 2013, Pune, India 90006, 90007 Shakthi Kannan 90008 90009 90004 90005 [free-electronic-lab] FEL Update: January 15, 2013 90006, 90007 Shakthi Kannan 90008 90009 90004 90005 [free-electronic-lab] feature request 90006, 90007 sagar rathi 90008 90009 90004 90005 [free-electronic-lab] Request about FEL packages in DVD installation in the next Fedora release 90006, 90007 901 STT 90008 90009 90004 90005 [free-electronic-lab] FEL Update: December 15, 2012 на 90006, 90007 Shakthi Kannan 90008 90009 90004 90005 [free-electronic-lab] Getting gEDA / gaf 1.8.1 into Fedora 90006, 90007 Peter TB Brett 90008 90009 90004 90005 [free-electronic-lab] Mosis & GlobalFoundries 90006, 90007 Jaroslav Melgr 90008 90009 90004 90005 [free-electronic-lab] Update: November 15, 2012 на 90006, 90007 Shakthi Kannan 90008 90009 90004 90005 [free-electronic-lab] Update: October 15, 2012 на 90006, 90007 Shakthi Kannan 90008 90009 90004 90005 [free-electronic-lab] A package for possible inclusion in Electrionic-Lab spin 90006, 90007 Eric Smith 90008 90009 90004 90005 [free-electronic-lab] Update: September 18, 2012 90006, 90007 Shakthi Kannan 90008 90009 90004 90005 [free-electronic-lab] FUDCon EMEA, Paris 2012 any FabLab idea? 90006, 90007 Kévin Raymond 90008 90009 90004 90005 [free-electronic-lab] Update: August 15, 2012 на 90006, 90007 Shakthi Kannan 90008 90009 90004 90005 [free-electronic-lab] Using the NavChip with fedora 90006, 90007 Ankur Sinha 90008 90009 90004 90005 Re: [free-electronic-lab] Arduino in Fedora 17 — Can not upload programs to Uno 90006, 90007 Ashwith Rego 90008 90009 90004 90005 [free-electronic-lab] Arduino in Fedora 17 — Can not upload programs to Uno 90006, 90007 Ashwith Rego 90008 90009 90004 90005 [free-electronic-lab] Agilo for Trac now at FEL Trac 90006, 90007 Shakthi Kannan 90008 90009 90004 90005 [free-electronic-lab] Fwd: update for EPEL6 to ghc-7.0.4 in testing 90006, 90007 Shakthi Kannan 90008 90009 90004 90005 [free-electronic-lab] asimut: Getting a? U in the output pattern with structural simulation 90006, 90007 Ashwith Rego 90008 90009 90004 90005 [free-electronic-lab] asimut core dumps when there is a save in the pattern file 90006, 90007 Ashwith Rego 90008 90009 90004 90005 Re: [free-electronic-lab] electronic-lab Digest, Vol 43, Issue 5 90006, 90007 liu 90008 90009 90004 90005 [free-electronic-lab] gnucap and ngspice usage and feedback 90006, 90007 Yusuf Matcheswala 90008 90009 90004 90005 [free-electronic-lab] Xilinx System Generator Alternative 90006, 90007 Ashwith Rego 90008 90009 90004 90005 [free-electronic-lab] FEL added to easyfix 90006, 90007 Shakthi Kannan 90008 90009 90004 90005 [free-electronic-lab] Help with installation 90006, 90007 Jose Carlos Garcia Diaz 90008 90009 90004 90005 [free-electronic-lab] Test: FEL F17 Nightly build 90006, 90007 Shakthi Kannan 90008 90009 90004 90005 [free-electronic-lab] Tools used by EE, IITM for semiconductor device modelling 90006, 90007 Shakthi Kannan 90008 90009 90004 90005 [free-electronic-lab] [Free Electronic Lab] # 125: Package gmsh 90006, 90007 Free Electronic Lab 90008 90009 90004 90005 [free-electronic-lab] [Free Electronic Lab] # 124: Package deal.II 90006, 90007 Free Electronic Lab 90008 90009 90004 90005 [free-electronic-lab] [Free Electronic Lab] # 123: Package libmesh 90006, 90007 Free Electronic Lab 90008 90009 90004 90005 [free-electronic-lab] [Free Electronic Lab] # 122: Package GetFEM ++ 90006, 90007 Free Electronic Lab 90008 90009 90004 90005 [free-electronic-lab] [Free Electronic Lab] # 121: Package data-reify 90006, 90007 Free Electronic Lab 90008 90009 90004 90005 [free-electronic-lab] [Free Electronic Lab] # 120: Package dotgen 90006, 90007 Free Electronic Lab 90008 90009 90004 90005 [free-electronic-lab] [Free Electronic Lab] # 119: Package netlist-to-vhdl 90006, 90007 Free Electronic Lab 90008 90009 90004 90005 [free-electronic-lab] [Free Electronic Lab] # 118: Package netlist 90006, 90007 Free Electronic Lab 90008 90009 90004 90005 [free-electronic-lab] [Free Electronic Lab] # 117: Package kansas-lava-cores 90006, 90007 Free Electronic Lab 90008 90009 90004 90005 [free-electronic-lab] [Event Report] GNUnify, February 10-11, 2012 Pune, India 90006, 90007 Shakthi Kannan 90008 90009 90004 90005 [free-electronic-lab] pycells 90006, 90007 Yusuf Matcheswala 90008 90009 90004 90005 [free-electronic-lab] freehdl could be blocked in F17 90006, 90007 Scott Tsai 90008 90009 90004 90005 [free-electronic-lab] FEL in Panama 90006, 90007 Kiara Navarro 90008 90009 90004 90005 [free-electronic-lab] urjtag: looking for comaintainers 90006, 90007 Scott Tsai 90008 90009 90004 90005 [free-electronic-lab] Xcircuit Error 90006, 90007 chetan patil 90008 90009 90004 90005 [free-electronic-lab] Open Hardware Talk at linux.conf.au 2012 90006, 90007 Scott Tsai 90008 90009 90004 90005 [free-electronic-lab] [Event Report] 25th International Conference on VLSI Design, Hyderabad, India, Jan 7-11, 2012 90006, 90007 Shakthi Kannan 90008 90009 90004 90005 [free-electronic-lab] Fedora-16-i686-Live-Electronics-Lab and open access 90006, 90007 Yusuf Matcheswala 90008 90009 90004 90005 [free-electronic-lab] [Free Electronic Lab] # 116: package schematic-file-converter 90006, 90007 Free Electronic Lab 90008 90009 90004 90005 [free-electronic-lab] Query gschem and PCB Designer 90006, 90007 chetan patil 90008 90009 90004 90005 [free-electronic-lab] New packages for FEL F17 90006, 90007 Shakthi Kannan 90008 90009 90004 90005 [free-electronic-lab] [Free Electronic Lab] # 115: Package gmm 90006, 90007 Free Electronic Lab 90008 90009 90004 90005 [free-electronic-lab] about fedora 90006, 90007 rakesh narwal 90008 90009 90004 90005 [free-electronic-lab] Fedora-16-i686-Live-Electronics-Lab.iso installation failure. 90006, 90007 Yusuf Matcheswala 90008 90009 90004 90005 Re: [free-electronic-lab] [Free Electronic Lab] # 64: pacakge: Aeneas is a 3D version of Archimedes 90006, 90007 Free Electronic Lab 90008 90009 90004 90005 [free-electronic-lab] ohloh can change the way people see FEL 90006, 90007 Chitlesh GOORAH 90008 90009 90004 90005 [free-electronic-lab] [Free Electronic Lab] # 114: Reference design: Android Open Accessory Development Kit 90006 90009.90000 Fedora Electronic Lab — Linux en Taringa! 90001 90002 FEDORA ELECTRONIC LAB 90003 90002 El Laboratorio electrónico de Fedora está dedicado al soporte de la inovación y desarrollo traído por la comunidad de Automatización del Diseño Electrónica (EDA) de código abierto. 90005 El Laboratorio de electrónica de Fedora, una plataforma de código abierto para el diseño y simulación de hardware, se dedica al soporte de la innovación y desarrollo traído por la comunidad de automatización del diseño electrónico (EDA, por las iniciales en inglés de Electronic Design Automation) de código abierto.90003 90002 El laboratorio electrónico de Fedora provee una configuración de laboratorio electrónico completo con herramientas de diseño de código abierto confiables para ayudar a mantenerlo al día con la carrera tecnológica actual. Reduce el riesgo de evaluación del desarrollo de hardware de código abierto y permite a los diseñadores electrónicos terminar rápida y eficientemente. 90003 90002 El laboratorio electrónico de fedora está destinado principalmente al campo de la ingeniería micro-nano electrónica.Presenta a: 90003 90002 * Un conjunto de módulos Perl para extender el soporte Verilog y VHDL. 90005 * Herramientas para el proceso de Flujo de Diseño Específico a la Aplicación de Circuitos Integrados (ASIC en inglés) 90005 * Bibliotecas de células estándares extra que dan soporte a un tamaño de 0.13μm. (Más de 300 MB) 90005 * Tablero de spice extraída que se puede simular con gnucap / ngspice o cualquier simulador de spice. 90005 * Interoperabilidad entre varios paquetes para poder conseguir diferentes flujos de diseños.90005 * Tools for embedded design and to provide support for ARM as a secondary architecture in Fedora. 90005 * Tool set for Openmoko development and other open source hardware communities. 90005 * Una solución basada en eeb de revisión de pares acomplado al IDE Eclipse para diseño de Hardware IP Incrustado / Digital. 90005 * Herramientas PLA, metodologías de diseño basadas en C, simuladores para microcontroladores 8051 y 8085 y mucho más. 90003 90002 Esta plataforma provee soluciones sobresalientes para diseño micro-nanoelectrónico desde especificaciones de proyecto, diseño, simulación funcional, diseño de fondo y prototipado de placas de evaluación.90003 90005 Este es un MIPS R3000 de 52000 transistores, que ha sido completamente diseñado utilizando las herramientas CAD de la Alianza. 90005 90025 90002 Diseno y simulacion de circuitos analogicos 90003 90028 90005 90005 90005 90032.90000 Fedora Electronic Lab LiveCD 12 90001 Fedora \ ‘s Electronic Laboratory Edition, an opensource hardware design and simulation platform, is dedicated to support the innovation and development brought by opensource Electronic Design Automation (EDA) community.Fedora Electronic Laboratory provides a complete electronic laboratory setup with reliable open source design tools in order to help you keep in pace with current technological race. It reduces the risk assessment of open source hardware development and enable electronic designers tapeout quickly and efficiently.Fedora Electronic Lab targets mainly the Micro-Nano Electronic Engineering field. It introduces: * A collection of Perl modules to extend Verilog and VHDL support. * Tools for Application-Specific Integrated Circuit (ASIC) Design Flow process. * Extra standard cell libraries supporting a feature size of 0.13μm. (More than 300 MB) * Extracted spice decks which can be simulated with gnucap / ngspice or any spice simulators. * Interoperability between various packages in order to achieve different design flows.* Tools for embedded design and to provide support for ARM as a secondary architecture in Fedora. * A tool set for Openmoko development and other open source hardware communities. * A peer review eeb-based solution coupled with an Eclipse IDE for Embedded / Digital Hardware IP design. * PLA tools, C-based design methodologies, simulators for 8051 and 8085 microcontrollers and many more.What \ ‘s New in This Release: [read full changelog] · This release highlights Fedora \’ s commitment in strengthening the electronic hardware communities with an advanced Electronic Design Automation (EDA) environment.The latter · was optimized to support OpenMoko development team. · Entails a peer review solution for hardware design. · Has Eclipse 3.5 series for VHDL / Verilog IPCores development and documentation. · Entails the latest gEDA / gaf release, openocd, simulators for 8051 microcontrollers , 90002 : Http: //torrent…rg/spins/Fedora-12-i686-Live-FEL.torrent 90002 90002 .